5. Power and Propulsion: First and Second Law of Thermodynamics. Analysis of common engineering power cycles and propulsors. Design and economics of thermal power systems including steam, diesel, gas turbine, nuclear, electro-chemical and integrated electric. Analysis of subsystems including gears, shafting, turbines, pumps, compressors, electrical, heat exchangers, fresh water, HVAC and control. In depth understanding of electromagnetic theory, electrical machinery, switched power electronic inverters/converters, power distribution systems, electromagnetic interference phenomena and energy conversion and control systems.

11. Advanced Technical Options: Advanced theoretical subjects to form a basis for specialization in one of the areas of concentration or an additional area of concentration related to Naval Engineering.

12. Engineer Thesis: An engineering-oriented thesis of superior quality demonstrating a thorough understanding of the basic theories, broadening the scope of the ship engineering knowledge and application to naval engineering.